Biological width: No violation zone

Sharma, Ashu; Rahul, G. R.; Gupta, Bhawna; Hafeez, Mozammil

doi:10.4103/2278-9626.105353

Cited by 8 publications

(7 citation statements)

References 14 publications

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“…The periodontium of a child has a normal pocket depth range between 0.2 and 1.2 mm [ 42 ]. Over-extension of the crown’s margin will, therefore, result in invasion of the biological width of the primary tooth periodontium [ 43 ]. Gingival bleeding, discomfort, secondary caries, and alveolar bone resorption can be considered signs of SSC failure.…”

Section: Discussionmentioning

confidence: 99%

In vitroanalysis of the marginal adaptation and discrepancy of stainless steel crowns

Mulder

Medhat

Mohamed

2018

Acta Biomaterialia Odontologica Scandinavica

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Aim: The purpose of the study was to assess the marginal adaptation and discrepancy of SSC’s. Differences in adaptation and discrepancy between the four surfaces (mesial, lingual, distal, and buccal) were evaluated. Methods: The placement of stainless steel crowns were completed on a phantom head in accordance with the clinical technique. The ideal tooth preparation was made and this ‘master tooth’ duplicated to achieve a sample size of 15. The stainless steel crowns were placed, trimmed, and cemented as per the clinical technique. The cemented stainless crowns were analyzed under 100× stereomicroscope magnification. The marginal adaptation and discrepancy of each specimen was measured every 2 µm. Results: All the specimens showed marginal adaptation and discrepancy. The lingual margin had a significantly better adaptation (p < .0001) over the other surfaces. The buccal surface was the only surface that had an appropriate supra-CEJ level with a significance of p < .0001. Conclusion: The marginal discrepancies occur during the trimming procedure and assessment of the gingival approximation of the SSC margin. The inspection of stainless steel crown adaptation and discrepancy is an essential clinical step.

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Section: Discussionmentioning

confidence: 99%

In vitroanalysis of the marginal adaptation and discrepancy of stainless steel crowns

Mulder

Medhat

Mohamed

2018

Acta Biomaterialia Odontologica Scandinavica

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“…Planning of the restoration margin is important in restorative dentistry, when the margins of the prosthetics crown or bridge extended so much in the sulcus that dentist loses the access and vision where the margin is actually located. this lead to periodontal complication and eventually leading to prosthetic failure [31]. Violation of the biological width has periodontacl complications manifest as 1) Gingival recession and localized bone loss develop.…”

Section: Crown Lengtheningmentioning

confidence: 99%

Application of Laser Technology in Fixed Prosthodontics <br/>—A Review of the Literature

Walid¹

2020

OJST

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Introducing laser light in prosthetic dentistry opens a new era on the treatment modules with new impact in the quality of prosthodontics treatments, with hope of overcoming some of the drawbacks posed by the conventional methods of fixed prosthodontics procedures. Laser techniques cause less pain than traditional methods and eliminate the noise of instrumentals that some fearful patients who have long term neglected care and those have complex medical histories and required more specialized care, could use the advantage of laser in their treatment plan. The aim of the articles review is to highlight the current and emerging application of laser in fixed prosthodontics treatment to be used in conjunction or as replacement for traditional methods based on the research that support the indication described.

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“…10 In dentistry, the area of biological width is sometimes called Bermuda Triangle or Devil's Triangle. 11,12…”

Section: World Workhop On the Classification Ofmentioning

confidence: 99%

Biologic width-A Review

Bhochhibhoya

Shrestha

2020

J. Nep. Prosthodon. Soc.

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Replacement of missing, damaged, or unaesthetic tooth by dental prostheses helps the patient to rehabilitate the structure and function of the lost tissues. During delivery of the prostheses, the overall health of the oral tissues, including the periodontium, must be considered. The gingival tissues must be healthy and it is of paramount importance to respect the biologic width of the tissues. The biologic width varies among different individuals and at different sites of the same individual. Instead of following a mean value, each patient should be examined to determine the biologic width. In case violation of biologic width is anticipated, appropriate measures should be adopted to maintain the dimensions of the biologic width.

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Biological width: No violation zone

Cited by 8 publications

References 14 publications

In vitroanalysis of the marginal adaptation and discrepancy of stainless steel crowns

In vitroanalysis of the marginal adaptation and discrepancy of stainless steel crowns

Application of Laser Technology in Fixed Prosthodontics <br/>—A Review of the Literature

Biologic width-A Review

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Biological width: No violation zone

Cited by 8 publications

References 14 publications

In vitroanalysis of the marginal adaptation and discrepancy of stainless steel crowns

In vitroanalysis of the marginal adaptation and discrepancy of stainless steel crowns

Application of Laser Technology in Fixed Prosthodontics &lt;br/&gt;—A Review of the Literature

Biologic width-A Review

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Application of Laser Technology in Fixed Prosthodontics <br/>—A Review of the Literature